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Cco Plate 12+12
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CCO plate 12+12 is engineered for extreme wear environments where conventional abrasion-resistant steel plates cannot provide sufficient service life. Featuring a 12mm carbon steel backing plate combined with a 12mm chromium carbide overlay layer, this heavy-duty wear plate is designed for mining chutes, hoppers, transfer points, crushers, and other high-impact material handling equipment.
With a thick wear-resistant layer and strong structural support, the 12+12 CCO plate provides an ideal balance between impact resistance, abrasion protection, and long-term operational stability, helping industries reduce maintenance frequency and improve equipment availability.
What Is a 12+12 CCO Plate?
A 12+12 CCO plate consists of two functional layers:
| Layer | Thickness | Function |
|---|---|---|
| Carbon Steel Base Plate | 12mm | Provides structural strength, welding capability, and impact support |
| Chromium Carbide Overlay Layer | 12mm | Provides exceptional abrasion resistance against sliding and impact wear |
The combination creates a composite material where the base plate handles mechanical loads while the chromium carbide layer protects against severe surface abrasion.
Why Choose 12+12 CCO Plate for Heavy Mining Applications?
Mining and bulk material industries face continuous challenges from rock impact, mineral abrasion, and high-volume material flow. Standard steel liners often require frequent replacement because the surface wears quickly under these conditions.
The 12mm overlay layer provides additional wear allowance, making the plate suitable for long-term operation in demanding environments.
- Excellent resistance against sliding abrasion.
- High wear life in mineral processing systems.
- Strong impact support from thick base material.
- Reduced equipment downtime.
- Extended replacement intervals.
Performance Advantages of Chromium Carbide Overlay Technology
The working surface of CCO plate contains a high concentration of chromium carbide particles distributed within a tough alloy matrix. These hard carbide structures resist cutting, gouging, and abrasive attack from hard materials.
| Performance Feature | 12+12 CCO Plate Advantage |
|---|---|
| Wear Resistance | High hardness chromium carbide surface protects against severe abrasion |
| Impact Resistance | 12mm steel backing absorbs mechanical shock |
| Service Life | Longer replacement cycle compared with conventional steel liners |
| Maintenance | Reduces shutdown frequency and labor requirements |
Typical Applications of 12+12 CCO Wear Plate
The heavy-duty structure of 12+12 CCO plate makes it suitable for industries where abrasion is the primary failure factor.
- Mining ore transfer chutes.
- Coal handling systems.
- Crusher discharge liners.
- Hopper protection plates.
- Conveyor transfer points.
- Cement raw material handling equipment.
- Steel plant material transportation systems.
- Sand and aggregate processing equipment.
12+12 CCO Plate in Mining Chute Applications
Mining chutes experience continuous impact when large rocks and minerals fall from height. At the same time, constant sliding movement creates severe abrasive wear on the liner surface.
The 12+12 CCO plate design provides:
- A thick chromium carbide protection zone for extended wear resistance.
- A strong steel foundation to prevent deformation.
- Reliable welding performance for installation.
- Stable operation under heavy material loading.
Fabrication and Installation Considerations
Although CCO plates are designed for extreme wear resistance, correct fabrication methods are essential to achieve maximum performance.
| Process | Recommendation |
|---|---|
| Cutting | Plasma cutting or waterjet cutting is commonly recommended |
| Welding | Base plate side welding should be used to protect the overlay layer |
| Bending | Requires consideration of overlay hardness and crack patterns |
| Installation | Proper support design improves service performance |
Common Specifications of CCO Plates
| Specification | Description |
|---|---|
| 12+12 | 12mm base plate + 12mm chromium carbide overlay |
| Overlay Hardness | Typically around 55-65 HRC depending on alloy design |
| Surface Structure | Chromium carbide particles in alloy matrix |
| Base Material | Weldable carbon steel plate |
| Processing Options | Cutting, drilling, customized fabrication |
CCO Plate vs Conventional Wear Steel
| Material | Wear Resistance | Typical Application |
|---|---|---|
| Regular Carbon Steel | Low | Light-duty structures |
| AR Wear Plate | Medium to High | General mining equipment |
| 12+12 CCO Plate | Very High | Extreme abrasion environments |
How Teda Ganghua Supports Heavy Wear Protection Projects
Teda Ganghua supplies chromium carbide overlay plates designed for mining, cement, steel, power generation, and heavy material handling industries. With professional wear-resistant steel solutions, customized cutting services, and application-focused technical support, Teda Ganghua helps customers select suitable CCO plate structures according to impact level, material type, and operating conditions.
For demanding applications such as mining chutes, hoppers, and transfer systems, Teda Ganghua provides reliable 12+12 CCO plate solutions with consistent overlay quality, strong base plate performance, and customized fabrication support.
Explore our complete range of chromium carbide overlay plates for heavy-duty wear protection applications.
Frequently Asked Questions
What does 12+12 CCO plate mean?
12+12 CCO plate means the product contains a 12mm carbon steel backing plate and a 12mm chromium carbide overlay wear layer.
Where is 12+12 CCO plate commonly used?
It is widely used in mining chutes, hoppers, crushers, conveyor systems, cement plants, and other severe abrasion environments.
Is CCO plate suitable for high-impact applications?
Yes. The thick base plate provides structural support while the chromium carbide layer protects against abrasive wear.
Can 12+12 CCO plate be customized?
Yes. CCO plates can be cut, drilled, and fabricated according to equipment design requirements.
Why choose CCO plate instead of ordinary wear steel?
CCO plate provides a much harder wear surface and is designed for applications where maximum abrasion resistance and longer service life are required.


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